Description

D-Link DEM-310GT 1000BASE-LX Transceiver Introduction

The D-Link DEM-310GT 1000BASE-LX Transceiver is a high-performance Gigabit SFP module designed to provide reliable fiber-optic connectivity over long distances. It uses 1310 nm single-mode fiber and supports transmission distances of up to 10 km, making it suitable for connecting switches and network devices across buildings, campuses, and other extended network environments.

With its duplex LC connector, hot-pluggable design, and IEEE 802.3z compliance, the DEM-310GT provides a convenient solution for expanding or upgrading compatible network switches with fiber connectivity.

D-Link DEM-310GT 1000BASE-LX Transceiver Price in Kenya

D-Link DEM-310GT 1000BASE-LX Transceiver Key Specifications

D-Link DEM-310GT 1000BASE-LX Transceiver Performance

• Delivers Gigabit fiber connectivity at a 1.25 Gbps optical signaling rate.
• Supports distances of up to 10 km when used with compatible 9 μm single-mode fiber.
• The 1310 nm wavelength is designed for long-distance single-mode fiber transmission.
• Full-duplex operation enables simultaneous data transmission and reception.
• IEEE 802.3z compliance provides compatibility with suitable 1000BASE-LX networking equipment.
• IEEE 802.3x flow control helps manage network traffic and improve transmission reliability.

D-Link DEM-310GT 1000BASE-LX Transceiver Build Quality & Design

• Features a compact SFP form factor designed for compatible network equipment.
• Metal housing helps improve durability during installation and operation.
• The metal enclosure also helps reduce electromagnetic interference.
• Hot-pluggable construction allows installation or replacement without requiring a complete network shutdown.
• The duplex LC interface provides a secure fiber connection for transmit and receive paths.

D-Link DEM-310GT 1000BASE-LX Transceiver Connectivity & Compatibility

• Designed for switches and networking equipment with compatible SFP or Mini-GBIC ports.
• Uses duplex LC fiber connectivity.
• Works with 9/125 μm single-mode fiber.
• Supports the IEEE 802.3z 1000BASE-LX standard.
• MSA compliance supports interoperability with compatible networking equipment.
• Suitable for D-Link switches and other compatible devices that support the required SFP specifications.

D-Link DEM-310GT 1000BASE-LX Transceiver Ideal Use Cases

• Long-distance switch-to-switch connections
• Campus network deployments
• Building-to-building fiber links
• Enterprise network infrastructure
• Data center fiber connectivity
• Internet service provider network installations
• Fiber backbone connections
• Network upgrades requiring Gigabit single-mode fiber

D-Link DEM-310GT 1000BASE-LX Transceiver Pros and Cons

D-Link DEM-310GT 1000BASE-LX Transceiver FAQs

What is the D-Link DEM-310GT used for?

The D-Link DEM-310GT is used to provide Gigabit fiber connectivity between compatible network switches and other networking devices.

What distance does the D-Link DEM-310GT support?

The DEM-310GT supports fiber transmission distances of up to 10 km using compatible single-mode fiber.

What type of fiber does the D-Link DEM-310GT use?

It is designed for 9 μm single-mode fiber.

What wavelength does the D-Link DEM-310GT use?

The transceiver operates at a wavelength of 1310 nm.

What connector does the D-Link DEM-310GT use?

It uses a duplex LC connector.

Is the D-Link DEM-310GT hot-pluggable?

Yes. The DEM-310GT is hot-pluggable, allowing it to be installed or replaced in compatible equipment without powering down the entire device.

D-Link DEM-310GT 1000BASE-LX Transceiver Conclusion

The D-Link DEM-310GT 1000BASE-LX Transceiver is a reliable solution for extending Gigabit Ethernet networks over single-mode fiber. With 1310 nm transmission, up to 10 km reach, duplex LC connectivity, full-duplex operation, and a compact hot-pluggable design, it is suitable for enterprise, campus, backbone, and building-to-building network deployments. At KSh 4,500, it offers a practical option for compatible network equipment requiring long-distance fiber connectivity.